Frequently Asked Questions
- Since lower fuel and maintenance costs and significant funding and financing available to help offset the purchase price, electric school buses can have a total cost of ownership that is hundreds of thousands of dollars less than for diesel-burning school buses.
- There are significant funds allocated for electric school buses at the federal level, and states have approved $2.5 billion in funds for which electric school buses are eligible since 2012.
- When paired with financing, this funding presents a remarkable opportunity for school districts to make the most of the fuel and maintenance savings that electric school buses offer.
- Market experts anticipate declining electric school bus costs over time.
- Electric school buses have lower maintenance and fuel costs over their lifetime – and our research suggests that compared to a new diesel-burning school bus, a new electric school bus can save an average of $7,000 every year on operational expenditures, depending on local circumstances.
- As a result, electric school buses result in average lifetime fuel and maintenance savings of $100,000 for school districts, compared to diesel-burning school buses.
The nameplate range of current electric school bus models is from 100 to 300 miles, enough to reliably cover most routes in operation.- Some routes also allow for regenerative braking, which recharges the battery and can extend range even further.
- Electric school buses are built to work in all types of climates, from the winter cold of Colorado and Vermont to the desert heat of Arizona.
- Battery and charging technology has improved rapidly in recent years, and most fleets will be able to meet their charging needs by plugging in overnight when the buses are not in use.
- It’s clear that the momentum behind electric school buses is real, and the benefits of electric school buses are on their way to communities across the U.S. But there’s still work to do.
- As of February 2026, school districts and fleet operators have put more than 5,400 electric school buses on the road.
- As of 2025, the number of electric school buses on the road or on their way to school districts has more than quadrupled in just over two years, and more than 10 million students now attend school in a district with an electric school bus on the road.
- From the start of 2021 to the start of 2025, the number of electric school buses on the road or on the way has increased by around 10x. More than 1,500 school districts and fleet operators in every corner of the country have committed to electric school buses.
- Across the country, communities are thrilled with their electric school buses and impressed with the clean, quiet ride they provide and the cost savings they offer.
- The Electric School Bus Initiative estimates that 7.5% of school bus sales in 2025 were electric school buses.
- Electric school buses are taking off in rural America, which now represents the largest proportion of electric school bus commitments.
- The enthusiasm for electric school buses knows no partisan boundaries at the local level: 51% of committed electric school buses are now in Congressional districts represented by Republicans.
- With the $5 billion Clean School Bus Program established in the Bipartisan Infrastructure Law, school districts nationwide have been awarded funding for thousands of electric school buses.
- To date, more than 8,500 electric school buses have been funded by the program – and school districts and fleet operators have applied for more buses than funding could cover.
- In addition to these historic federal investments, since 2012, states have approved $2.5 billion in funding that can be used for electric school buses. Now more than ever, state and local leadership is needed to bring the benefits of electric school buses to communities.
- Today, all major school bus manufacturers offer electric versions, and there is a growing number of companies providing buses repowered to drive electric.
- As of November 2025, 34% of school districts and 35% of all school bus riders nationwide are in states that have adopted the Advanced Clean Trucks (ACT) rule, set a zero-emissions school bus target, or have a zero-emissions school bus requirement in place.
- Note: The Advanced Clean Trucks rule was recently challenged by Congress and is the subject of a legal battle. While the situation is fluid, states remain committed to clean vehicle policies, forming a new “Affordable Clean Cars Coalition” in the wake of the Congressional challenge.
- Still, only about 1% of school buses on the road today are electric. And while there are promising signs that the transition is prioritizing communities who have suffered the most from air pollution, more work is needed to ensure the electric school bus transition is equitable.
- Electric school buses are the only school bus option with zero tailpipe emissions. This reduces student exposure to harmful pollutants like nitrogen oxides, which contribute to respiratory and heart disease.
- Diesel-, propane- and compressed natural gas (CNG)-burning buses all emit dangerous air pollutants no student should have to breathe.
- AFLEET Tool 2020, accessed August 16, 2022. Analysis conducted for each grid region and the U.S. average with default school bus parameters; “Wells-to-Wheels Petroleum Use, GHGs, and Air Pollutants” option selected. CO2 equivalent emissions standardize the global warming potential of different greenhouse gas emissions
- Emissions from school bus tailpipes are particularly dangerous because they put students, drivers and other bus riders in close proximity to harmful chemicals and air pollutants, which can stay in the cabin of the vehicle while it is driving, continuing students’ exposure on their ride to school.
- Asthma, which can be caused by diesel exhaust pollution, is one of the leading causes of absenteeism from school and reducing students’ exposure to air pollution from school buses has positive, significant effects on student English test scores.
- Electric school buses provide a quieter and smoother ride for students, with less noise pollution and vibration than their diesel- and propane-burning counterparts.
Electric school bus investments support manufacturing jobs across the supply chain throughout the United States.- For example, major electric school bus manufacturers have announced plans for hundreds of new manufacturing jobs combined in the coming years.
- Electric school bus manufacturing also supports thousands of jobs in related industries in the United States.
- There are at least 21 manufacturing facilities in at least 14 states making parts involved in the production of electric school buses.
- Because electric school buses can increase grid utilization without necessarily requiring additional grid investment, using electric school buses—and electric vehicles more broadly—can actually help drive down electric bills for everyone.
The high-capacity battery storage of electric school buses represents a unique opportunity to support a more reliable and more renewable power grid.- Through innovations like vehicle-to-grid (V2G) technology, managed charging, and vehicle-to-everything (V2X) technology, electric school buses can provide electric storage capabilities to improve grid reliability and resiliency, provide mobile power during disasters and advance renewable energy integration.
- With their predictable use patterns and consistent long stretches in parking facilities, electric school buses can serve as grid assets through managed charging (V1G) that utilizes abundant renewable energy and avoids electrical load peaks.
While diesel exhaust pollution is dangerous for everyone, its impacts are not felt equally.- Communities that have been historically disadvantaged are more likely to suffer from vehicle-based air pollution due to racist lending, transit, housing and zoning policies that concentrated Black and Brown communities closer to highways and other pollution sources.
- In the U.S., race and ethnicity are more significant factors than income level in exposure to air pollution. Ignoring race in policymaking will worsen pollution in the communities already most harmed by air contaminants.
- Studies have found that communities of color face on-road fine particulate matter pollution rates up to 75% higher than for white residents, depending on location and demographic group, due to the long-term impact of discriminatory policies.
- Nationally, people of color have disproportionately higher exposure to fine particulate matter pollution in the U.S., including more exposure to diesel vehicle exhaust.
- Black students, children with disabilities and low-income students rely on diesel-burning school buses more than others.
- Communities of color in the U.S. experienced 7.5x higher pediatric asthma rates and 1.3x higher premature morality rates due to fine particulate air pollution compared with mostly white communities.
- The inequitable distribution of air pollution is just one of many ways that systemic inequality affects how the electric school bus transition may impact different communities. Factors such as race, ethnicity, income, location, job status, ability, health and more impact how communities experience the direct and indirect effects of the electric school bus transition.
- The transition away from diesel-burning school buses to electric school buses must be equitable and ensure that the communities most impacted by diesel exhaust pollution are among the first to have access to the benefits of electric school buses and that historically marginalized groups are empowered to participate in making decisions that impact their communities across the electric school bus ecosystem.
- Electrifying the full U.S. school bus fleet by 2030 would reduce greenhouse gas emissions by 9 million metric tons per year, the equivalent of taking 2 million cars off the roads.
- Electric school buses produce the lowest levels of greenhouse gas emissions of any school bus type, even when accounting for emissions generated in the production of the electricity used to power the buses.
- In fact, on a lifecycle basis, electric school buses produce less than half the greenhouse gas emissions of both propane- and diesel-burning school buses.
- As renewable energy usage increases on power grids nationwide, emissions related to electric school buses will decrease even more over time, which isn’t the case for fossil fuel-burning buses.
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